Local gradient theory for dielectrics : fundamentals and applications
By: Hrytsyna, Olha.
Contributor(s): Kondrat, Vasyl.
Publisher: Singapore Jenny Stanford Publishing 2020Description: xvii, 311p.ISBN: 9789814800624.Subject(s): DielectricsDDC classification: 537.24 | H859l Summary: This book is devoted to the development of the local gradient theory of dielectrics. It presents a brief description of the known approaches to the construction of generalized (integral- and gradient-type) continuous theories of dielectrics. It describes a new continuum–thermodynamic approach to the construction of nonlinear high-order gradient theory of thermoelastic non-ferromagnetic polarized media. This approach is based on accounting for non-diffusive and non-convective mass fluxes associated with the changes in the material microstructure. Within the linear approximation, the theory has been applied to study transition modes of the formation of near-surface inhomogeneity of coupled fields in solids, disjoining pressure in thin films, etc. The theory describes a number of observable phenomena (including the surface, size, flexoelectric, pyroelectric, and thermopolarization effects in centrosymmetric crystals, the Meads anomaly, the high frequency dispersion of elastic waves, etc.) that cannot be explained within the framework of the classical theory of dielectrics.| Item type | Current location | Collection | Call number | Status | Date due | Barcode | Item holds |
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Books
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PK Kelkar Library, IIT Kanpur | General Stacks | 537.24 H859l (Browse shelf) | Available | A185660 |
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| 537.24 G21C GASEOUS DIELECTRICS VI | 537.24 G21C GASEOUS DIELECTRICS VIII | 537.24 G21c v.7 GASEOUS DIELECTRICS VII | 537.24 H859l Local gradient theory for dielectrics | 537.24 K14D DIELECTRIC PHENOMENA IN SOLIDS | 537.24 P943 Progress in dielectrics [v.1] | 537.24 R137D DIELECTRICS IN ELECTRIC FIELDS |
This book is devoted to the development of the local gradient theory of dielectrics. It presents a brief description of the known approaches to the construction of generalized (integral- and gradient-type) continuous theories of dielectrics. It describes a new continuum–thermodynamic approach to the construction of nonlinear high-order gradient theory of thermoelastic non-ferromagnetic polarized media. This approach is based on accounting for non-diffusive and non-convective mass fluxes associated with the changes in the material microstructure. Within the linear approximation, the theory has been applied to study transition modes of the formation of near-surface inhomogeneity of coupled fields in solids, disjoining pressure in thin films, etc. The theory describes a number of observable phenomena (including the surface, size, flexoelectric, pyroelectric, and thermopolarization effects in centrosymmetric crystals, the Meads anomaly, the high frequency dispersion of elastic waves, etc.) that cannot be explained within the framework of the classical theory of dielectrics.
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